GB2606549A

GB2606549A - Athletic-equipment drying apparatus

Info

Publication number: GB2606549A
Application number: GB2106764.0A
Authority: GB
Inventors: Graham Corlett Mitchell Charles
Original assignee: 56homes Ltd
Current assignee: 56homes Ltd
Priority date: 2021-05-12
Filing date: 2021-05-12
Publication date: 2022-11-16
Also published as: WO2022238698A1

Abstract

The athletic-equipment drying apparatus 10 includes a wall-mountable main body 12 having a plenum chamber (48, Figure 4). An air-heating element 14 is for supplying drying air to the plenum chamber. Venting arm elements 18 extend from the main body. The arm elements are in fluid communication with the plenum chamber for distribution of the drying air to articles of sports apparel when provided thereon. The main body also has at least one air-discharge port (52, Figure 3) from the plenum chamber, and a torso-garment hanger 20. The torso-garment hanger is spaced forwardly of the air-discharge port. The hanger in combination with one or more of the venting arm elements and/or the air-discharge port produce a vented drying cavity when a torso garment is received on the torso-garment hanger. The apparatus may include a controller 16 for the air-heating element. The controller may comprise a timer element, a temperature control element, an air-speed control element, and/or a temperature detection element. The apparatus may include an electrical outlet such as a socket or a USB port. Clothing heating apparatus includes a main body with a plenum chamber, an air-heating element, and a venting arm element movable between retracted and access conditions.

Description

Athletic-Equipment Drying Apparatus The present invention relates to an apparatus for drying athletic-equipment. The invention also relates to a system for drying equipment. Furthermore, the invention also pertains to an apparatus for heating clothing, whether damp or dry.

Sports equipment, such as clothing, may become damp for a number of reasons, such as the wearer sweating, being in the rain or in a wet environment, or simply due to the equipment being washed or rinsed. Wearing damp equipment is generally unpleasant and may even result in the user falling ill. If not properly dried, the damp equipment may additionally emit an unpleasant smell and/or become generally unhygienic. Even if the equipment is dry, the equipment may be cold and unpleasant to don on a cold day.

Certain sports, such as cycling, running, motorcycling, horse riding, sailing, skiing, walking, and certain professions, such as those in the construction industry, may require a variety of equipment. However, keeping track of a large range of items is difficult, meaning that it is easy to misplace an item. Some of these items may be electrical equipment, such as lights or a battery.

Having to recharge the electrical equipment between uses usually means separating the electrical items from the other items, thereby increasing the risk of forgetting them.

The present invention seeks to provide a solution to these problems.

According to a first aspect of the present invention, there is provided an athletic-equipment drying apparatus comprising: a wall-mountable main body having a plenum chamber, an air-heating element for supplying drying air to the plenum chamber, a plurality of venting arm elements extending from the main body and in fluid communication with the plenum chamber for distribution of the said drying air to articles of sports apparel when provided thereon, the main body having at least one air-discharge port from the plenum chamber, and a torso-garment hanger which is spaced forwardly of the air-discharge port, the torso-garment hanger in combination with one or more of the venting arm elements and/or the air-discharge port producing a vented drying cavity when a torso garment is received on the torso-garment hanger.

The drying apparatus enables equipment and clothing to be warmed at least. If wet, the equipment may even be dried prior to use. The apparatus may also provide a single, dedicated location for storing at least some or all of a user's equipment, such as cycling equipment. The first benefit of the hanger, and any torso-garment received thereon, being spaced-apart from the main body is that the torso-garment reduces the air-flow velocity, thereby increasing the retention of heated air in the vicinity of the drying apparatus. In turn, localized retention of heated air improves the drying of the equipment and/or torso-garment. The second benefit is aesthetic as the torso-garment conceals at least in part any equipment received on the apparatus in-use between the torso-garment and the wall from view.

Preferably, the athletic-equipment drying apparatus may further comprise a controller for controlling the air-heating element. The controller enables the air-heating element to be selectively turned off and on, rather than being permanently on. The controller also avoids the user having to disconnect the air-heating element from the main body or turning the air-heating element off by disconnecting it from a power source, such as the electrical mains.

Optionally, the controller may comprise a timer element. The air-heating element can be 10 programmed to turn on or off at pre-set times and/or to run for a pre-set duration.

Advantageously, the controller may comprise a temperature control element. The temperature can be modified by selecting a different temperature setting.

Additionally or alternatively, the controller may comprise an air-speed control element. The airspeed of air within the plenum chamber and/or being vented from an arm element can be 15 modified by selecting a different air-speed setting.

Preferably, the athletic-equipment drying apparatus may further comprise a remote input receiver or a transceiver communicable with the controller for enabling the air-heating element to be remotely controllable. A user can turn the air-heating element on or off remotely.

Advantageously, the athletic-equipment drying apparatus may further comprise an odour-20 neutralising element. The odour-neutralising element may remove, prevent, inhibit or mask odours.

Optionally, the controller may comprise a temperature detection element. The temperature detection element can measure the temperature and provide a temperature input to the controller. In turn, the controller can alter the temperature, airspeed or even turn on or off the air-heating element to maintain a specific temperature value. This may increase the efficiency of the drying apparatus. Additionally, the temperature detection element may increase the safety by being able to detect whether any items are dry, are close to catching fire or have caught fire.

Beneficially, the athletic-equipment drying apparatus may further comprise at least one electrical outlet. Furthermore, the electrical outlet may comprise a socket. Additionally or alternatively, the 30 or a said electrical outlet may comprise a USB port. Having one or more electrical outlets enable a user to charge up equipment such as a phone, lights, a battery, or any other rechargeable electrical equipment.

Additionally, the athletic-equipment drying apparatus may further comprise a support surface in which the or at least one said electrical outlet is provided, being at an acute angle relative to a longitudinal axis of the wall-mountable main body. The support surface may be angled towards a side, upwards and/or downwards towards the user. This may facilitate insertion of a plug and/or USB into an electrical outlet.

Beneficially, the athletic-equipment drying apparatus may further comprise a helmet support. This may enable a helmet to be stored and optionally dried or heated.

Additionally, the athletic-equipment drying apparatus may further comprise a hook element. A bag, backpack or any other suspendable equipment may be suspended from the hook element.

Preferably, the athletic-equipment drying apparatus may further comprise a spacer element for spacing apart a bag or garment from the main body to prevent or inhibit sealing the at least one air-discharge port and/or a vent hole of a venting arm by the bag or garment. Additionally, the spacer element may comprise at least one fin. The spacer element may prevent or inhibit an item from blocking or substantially blocking an air-discharge port and/or vent hole, thereby improving circulation and consequently the drying efficiency. This feature may also increase safety by reducing the risk of heated air being localized to a small area of clothing, and thereby reducing the fire hazard.

Beneficially, at least one venting arm element may comprise a hand element for receiving a glove thereupon. The hand element may help provide structure and/or space apart the fabric of a glove to improve air circulation and therefore drying.

Optionally, at least one venting arm element may be rotatable. Rotatability enables the user to move the venting arm element between a stowed condition and a usable condition. In the usable condition, the venting arrn element is able to receive an item thereupon or therein. The venting arm may form a, preferably acute, angle with the main body. Rotatability of an arm element provides an easier access to an end portion of the arm element. Furthermore, a user may be able to modify the direction of a jet of heated air vented through a hole in the arm element.

Preferably, the at least one rotatable venting arm element may further comprise a stop element 30 for selectively preventing or inhibiting rotation of the or a said rotatable venting arm element. The stop element may enable the user to select the angle between the venting arm element and the main body. The stop element may additionally or alternatively prevent or inhibit rotation of the venting arm element under load.

Furthermore, the athletic-equipment drying apparatus may further comprise a shelf element. The shelf element may provide a support for any electrical equipment being charged and/or store 5 items, such as shoes, bottles, accessories or any other spare items.

Additionally, the athletic-equipment drying apparatus may further comprise a seat element. A seat element may enable the user to sit thereupon. Additionally or alternatively, the seat element may provide a step or surface for facilitating removal of shoes, by way of example, by users for whom bending down is difficult.

Optionally, the athletic-equipment drying apparatus may further comprise an outer cover. The cover may further reduce the air velocity, thereby retaining at least in part heated air locally. The cover may therefore increase the heating and/or drying efficiency of the apparatus. The cover may additionally improve the aesthetics by at least partly obscuring from view the equipment and/or the drying apparatus.

Optionally, the torso-garment hanger may comprise a hollow elongate member. A hollow elongate member may be more light weight compared to a non-hollow member. Furthermore, the hollow member may be in fluid communication with the plenum chamber and may have at least one vent hole for venting air therethrough. The advantage is that the torso-garment hanger may be multifunctional as permitting a torso-garment to be suspended therefrom and simultaneously improving the drying efficiency of the drying apparatus.

According to a second aspect of the invention, there is provided a system for drying equipment, the system comprising an athletic-equipment drying apparatus, preferably in accordance with the first aspect of the invention, and a torso-garment. The torso-garment may reduce the velocity of air vented through the or at least one air-discharge port, which keeps heated air in the vicinity of the apparatus for an extended period of time. In turn, the heating efficiency of the apparatus is increased.

According to a third aspect of the invention, there is provided a clothing heating apparatus comprising: a main body having a plenum chamber, an air-heating element for supplying heated air to the plenum chamber, a venting arm element extending from the main body, the venting arm element being in fluid communication with the plenum chamber and having at least one vent hole for distribution of the said heated air via the at least one vent hole to an article of clothing when provided thereon, the venting arm element being movable between a retracted condition and an access condition. The clothing and/or equipment, whether damp or dry, may be heated prior to use. Furthermore, the rotatability of the venting arm element enables a user to access the end of the arm element more easily. The arm element can also be rotated to be out of the way, for example, when not in use and/or after an object has been placed thereupon.

According to a fourth aspect of the invention, there is provided a clothing heating apparatus comprising: a main body having a plenum chamber, an air-heating element for supplying heated air to the plenum chamber, the main body further having: a wall-facing surface and an air-discharge port in fluid communication with the plenum chamber; and a torso-garment hanger, the air-discharge port being positioned between the torso-garment hanger and the wall-facing surface, the air-discharge port being configured to direct the said heated air in a direction away from the wall-facing surface for heating one or more articles of clothing when provided on the torso-garment hanger. The equipment, whether damp or dry, may be heated prior to use.

The torso-garment may not be able to enclose or substantially enclose the apparatus and/or the main body thereof The hanger, and therefore torso-garment when received thereon, are asymmetric relative to the main body. The configuration of the air-discharge port and the asymmetric position of the hanger and torso-garment means that air directed in one or substantially one direction may be sufficient to heat all or at least a major portion of the garment. No air-discharge port directing air in another direction is required to dry the clothing, although this alternative may be envisioned. It may not be possible to provide one or more air-discharge ports in other directions. As a torso garment is preferably not made to enclose the main body, the apparatus may therefore be adjacent to, and more preferably flush or substantially flush against a wall. This in turn, may increase compactness.

This contrasts with the prior art devices which have air-discharge ports venting air in all or at least two different directions. In other words, the prior art devices may vent air up to 360° around the main body. Such prior art requires that clothing, such as a torso garment, is made to enclose or substantially enclose the main body to ensure the clothing is dried due to the configuration of the air-discharge ports.

The invention will now be more particularly described, by way of example only, with reference to the accompanying drawings, in which: Figure 1 shows a perspective representation of an embodiment of an apparatus in accordance with the first, third and fourth aspects of the invention; Figure 2 illustrates a side representation of the apparatus of Figure 1; Figure 3 is a front representation of the apparatus of Figure 1; Figure 4 is a longitudinal cross-section of the apparatus taken along axis C-C of Figure 2, with a shelf element omitted for clarity; Figure 5 is a top plan representation of the apparatus of Figure 1; Figure 6 shows a close-up perspective representation of the rectangle A in Figure 1; and Figure 7 is a close-up perspective representation of the rectangle B in Figure 1.

Referring to Figure 1, there is shown an apparatus indicated generally at 10. The in-use apparatus 10 enables heating and/or drying of equipment received thereon. The equipment may include athletic equipment.

The term "athletic" used herein and throughout is not intended to refer solely to equipment worn or used exclusively by athletes. The term "athletic" is understood to refer more generally to any equipment which might be used in a physical activity. The physical activity may be a sporting activity or a non-sporting activity. The activity may be indoors and/or outdoors. The activity may include any of: walking, cycling, running, whether athletically or non-athletically, such as during a commute to and from work. Alternatively or additionally, the activity may include any of: motorcycling, horse riding, sailing, skiing, a team sport, or any other desired activity. The activity may be working in specific environments, such as on a constructions site, or in a laboratory.

The term "equipment" used herein and throughout may include any or any combination of: clothing; one or more back-packs; one or more bottles; one or more tools; one or more lights, such as a helmet light, a front bicycle light, a rear bicycle light; and one or more spare parts. The apparatus 10 may even enable sports equipment to be suspended, such as a bicycle, a racket, a hockey stick, by way of example. Clothing may include indoor wear and/or outdoor wear. Examples of clothing include: a helmet, a shoe, a glove, a garmin, an overshoe, a coat, a raincoat, a laboratory coat, and any other suitable clothing. A plurality of any of the above may be provided.

Thus, the apparatus 10 may be referred to as an athletic equipment heating apparatus, an athletic equipment drying apparatus, a sports equipment drying apparatus, a sporting-equipment heating apparatus, a clothing drying apparatus, a clothing heating apparatus, a heating or drying apparatus or device.

The apparatus 10 or any part thereof may be formed of metal, plastics, wood, glass, carbon fibre, 30 glass fibre, any other suitable material, or any combination of the above. The material or materials may be at least in part recycled or recyclable materials, although non-recycled and/or non-recyclable materials may be an option. Metal may include steel and/or aluminium. Any part of the apparatus 10 may be formed by injection moulding plastic. The apparatus 10 comprises a main body 12, an air-heating element 14, a controller 16, at least one arm element 18, a hanger 20, but any of the above may be omitted and/or a plurality of any of the above may be provided. The air-heating element 14, and controller 16 are not visible in Figures 1 to 3.

The main body 12 provides a support or frame for other components of the apparatus 10. The main body 12 may be formed of metal, plastics, wood, glass, carbon fibre, glass fibre, any other suitable material, or any combination of the above. Plywood may be used, for example. The main body 12 is preferably mountable to a mounting surface, although non-mountable, such as free standing, may be an option. The mounting surface is preferably a wall, but any alternative surface, such as a door may be an option. Thus, the main body 12 may be referred to as a wall-mountable main body 12.

Fastening means or mounting means for mounting the main body 12 to the mounting surface may be provided. The fastening means may include one or more screws, bolts, one or more brackets, 15 or any other suitable fastener as required.

The main body 12 may have any shape and/or size. Preferably, however, the main body 12 is or is substantially oblong or elongate along a longitudinal axis L, shown in dashed lines in Figure 1. The main body 12 therefore has a longitudinal extent or length 22, a lateral extent or width 24 and a depth 26, shown as dotted double-headed arrows in Figure 1.

The length 22 is greater than the width 24 and the depth 26 in the preferred embodiment. This terminology will be maintained for clarity, even if it may easily be envisioned in an alternative embodiment that the width and/or depth may be greater than the length. The depth may also be greater than the width.

The main body 12 has a front surface or face 28, two side surfaces or faces 30, a top surface or face 32, a bottom surface or face 34, and a wall-facing surface or face 36 but any of these features may be omitted and/or a greater or smaller number of faces may be provided. Two faces may even merge continuously into each other without any distinction where one face ends and the other begins, but this is optional. The wall-facing surface 36 may optionally be flush or substantially flush, or at least abuttable against a mounting surface. The wall-facing surface 36 may be referred to as a wall-abutting surface, a mounting-surface facing surface, or an engagement surface.

In front view, the main body 12 has five consecutive sub-body portions 38 along the longitudinal axis L of the elongate main body 12, although any number of sub-body portions may be provided, including one, two, or at least three. The sub-body portion 38 at one extremity of the main body 12 may be the lowest sub-body portion 38 in use. For clarity, the lowest sub-body portion 38 may be referred to as the abdomen or first sub-body portion 38a. Connected or connectable to the first sub-body portion 38 is the second sub-body portion 38b, also referred to as the torso sub-body portion for clarity. The third sub-body portion 38c, also referred to as the shoulder sub-body portion for clarity, is connected or connectable to the second sub-body portion 38b. Connected or connectable to the third sub-body portion 38c is the fourth sub-body portion 38d, also referred to as the neck sub-body portion for clarity. At the other extremity of the main body 12, the fifth or head sub-body portion 38e is connected or connectable to the fourth sub-body portion 38d. Any of the above sub-body portions may be omitted and/or additional sub-body portions may be provided. The sub-body portions are all connected or integrally formed as in the shown embodiment, but non-connectable, or disconnected may be an option.

Preferably, each sub-body portion 38 comprises a front sub-face 28', and two side sub-faces 30' and a wall-facing sub-face 36', although any of the above may be omitted and/or a plurality of any of the above may be envisioned for any sub-body portion. For instance, the wall-facing sub-face 36' of the fifth sub-body portion 38e or at least part thereof may be omitted to provide access to electrical mains in the mounting surface, but this is optional. Collectively, the front sub-faces 28' form the front face 28 of the main body 12. Similarly, the side sub-faces 30' of one side of the main body 12 collectively form one side face 30 of the main body 12, and the side sub-faces 30' of the other side of the main body 12 collectively form the second side face 30 of the main body 12. The wall-facing sub-faces 36' collectively form the wall-facing face 36 of the main body 12.

Any dimension of any sub-body portion 38 may be the same as or may differ from the dimension 25 at least one further said sub-body portion 38. The dimension may be any of: the sub-body portion width, the sub-body portion length, the sub-body portion depth, shape in any or any combination of: front view, top view, bottom view, and side view, by way of example only.

At least one, and more preferably, all sub-body portions 38 are or are substantially rectangular in front view, as shown in Figure 3, but non-rectangular is an option.

At least one, all, or more preferably, the first, and second sub-body portions 38 are or are substantially rectangular in side view, as shown, but non-rectangular is an option. This is best shown in Figure 2.

Preferably, the third sub-body portion 38c is or is substantially a pentagon, and more preferably an irregular pentagon in side view but any regular pentagon or any non-pentagon may be envisioned. The front sub-face 28' of the third sub-body portion 38c may comprise a first face portion 40 and a second face portion 42, although either could be omitted and/or more face portions may be envisioned. The first face portion 40 is a, preferably planar, surface which forms an angle with any or any combination of: the longitudinal axis L of the main body 12, the depth of the main body 12, the front sub-face 28' of a neighbouring sub-body portion 38, with the wall-facing surface 36 of the sub-body portion 38, and a vector normal to the wall-facing surface 36 of the sub-body portion 38, but the angle is optional. The angle is preferably acute but any non-acute angle may be envisioned, such as perpendicular, obtuse or flat. Thus, the first face portion 40 may altematively be referred to as an angled surface. The first face portion 40 is preferably angled at least partly downwards in-use. The second face portion 42 is similar to the first face portion 40 but is preferably angled upwards in-use. The second face portion 42 and the first face portion 40 meet along an edge 44. Together, the second face portion 42 and the first face portion 40 may form a lip or an overhang 46, but this is optional.

Preferably, the fourth sub-body portion 38d is or is substantially a trapezium, and more preferably a right-angled trapezium in side view, but any trapezium or trapezoid, or any non-trapezium or non-trapezoid may be envisioned.

Preferably, the fifth sub-body portion 38d is or is substantially a triangle or a trapezium, and more 20 preferably a right-angled trapezium in side view, but any trapezium or trapezoid, or any non-trapezium, non-trapezoid or non-triangle may be envisioned.

The main body 12 has an internal cavity 48, a secondary cavity 49, an air inlet 50, and at least one air-discharge port 52, although any of the above features may be omitted and/or a plurality of any of the above features may be provided. The internal cavity 48 and air inlet 50 are shown 25 in Figure 4.

The internal cavity 48 and the, each, at least one said air-discharge port 52 are preferably in fluid communication. The intemal cavity 48 enables heated air to be distributed through the main body 12 and/or to the at least arm element 18. In other words, the internal cavity 48 may act as an air conduit. Each or at least one sub-body portion 38 may comprise an internal sub-cavity. One, all or a subset of internal sub-cavities may be considered to collectively form the internal cavity 48. The internal cavity 48 may extend along all or a major portion of the length of the main body 12; but a minor portion may be envisioned. Furthermore, the internal cavity 48 may extend along all or a major portion of the width of the main body 12; but a minor portion may be envisioned. In other words, the internal cavity 48 may extend through at least part of at least one of the sub-body portions. In the shown embodiment, internal cavity 48 extends through a subset of sub-body portions. The subset of sub-body portions may include any or any combination of: the first sub-body portion 38a, the second sub-body portion 38b, the third sub-body portion 38c, the fourth sub-body portion 38d, and the fifth sub-body portion 38e. In the shown embodiment, the subset includes the first, second, and third sub-body portions 38a,38b,38c.

Preferably, the fourth sub-body portion 38d does not comprise an internal sub-cavity, but this alternative may be envisioned. If the fourth sub-body portion 38d does have an internal sub-cavity, the internal sub-cavity may or may not be communicable with another internal sub-cavity. The secondary cavity 49 may optionally in-use receive a power source and/or connection means for connecting part of the apparatus 10 thereto. The connection means may include at least one cable, such as an electrical cable.

The secondary cavity or chamber 49 is provided in the fifth sub-body portion 38e. Preferably, the secondary cavity 49 is not fluidly communicable with the primary, internal cavity 48, although this alternative may be envisioned. Circulating heated air in the secondary cavity 49 may be undesirable, for example, if a power source and/or an electric wire is provided in the secondary cavity 49, this could lead to overheating and increase the risk of a fire. On the other hand, circulating non-heated air within the secondary cavity 49 may improve cooling.

The air inlet 50 enables air to be drawn from the ambient environment into the internal cavity 48. The air inlet 50 is an aperture in the main body 12, and more preferably in the bottom surface 34. 20 The air inlet could alternatively be provided on any other surface of any sub-body portion, as required.

The or each air-discharge port 52 comprises a hole, through bore, slit or slot. The or each air-discharge port 52 in-use enables air to enter and/or, preferably, exit the internal cavity 48. Preferably, the, each or at least one air-discharge port 52 vents air directly to the ambient environment. In other words, the, each or at least one air-discharge port 52 preferably does not vent air into an arm element 18, although this alternative may be envisioned. The, each or at least one said air-discharge port 52 is preferably positioned on the front face 28 of the main body 12 as shown. More preferably, the, each or at least one said air-discharge port 52 is provided on one or a subset of sub-body portions 38. In the shown embodiment, the subset comprises the first and second sub-body portions 38, but the subset may comprise any combination of the sub-body portions. As shown, there are preferably eight air-discharge ports 52 but any number may be envisioned. The air-discharge ports 52 are provided as four pairs of air-discharge ports 52 but any alternative distribution or arrangement of the ports may be considered. The pairs are spaced apart along the longitudinal axis L of the main body 12 and/or of a said sub-body portions 38.

In an alternative embodiment, one or more air-discharge ports may be provided on any or any combination of: the front face, any side face, the top face, the bottom face, the wall-facing face of the main body, and none of the above.

The air-moving element or air-heating element 14 in-use moves and/or heats the air. The air-heating element 14 is positioned and/or arranged so as to supply air to the internal cavity 48 of the main body 12. The air-heating element 14 is in, on, adjacent to and/or fluidly connected to the air inlet 50. In the preferred embodiment, the air-heating element 14 is preferably downstream of the air inlet 50, but upstream or at the air inlet 50 are alternative options. Preferably, the air-heating element 14 is at least partly, and preferably fully received within the main body 12, but outside of the main body may be envisioned. The air-heating element 14 draws air and moves the air into the internal cavity 48. The pressure of the air within the internal cavity 48 may be increased or positive. Thus, the internal cavity 48 may be referred to as a plenum or plenum chamber. Thus, the air-heating element 14 supplies heating or drying air to the plenum chamber. The power requirement of the air-heating element 14 is 800 Watts at most, although greater than 800 Watts may be an option. More preferably, the air-heating element 14 has a power requirement of 500 Watts at most, and even more preferably of 400 Wafts at most. Optionally, this lower power requirement may be achieved by using a diode to run the system on half wave. The air-heating element 14 comprises a fan element 54 and a heater element 56 but either may be omitted and/or a plurality of either may be provided.

The fan element 54 may comprise an axial fan or a centrifugal fan. An axial fan is simple and more space efficient. A centrifugal fan is larger, more complex than an axial fan, but may be advantageously quieter and/or may have an improved aspiration performance, relative to an axial fan.

The controller 16 controls the air-heating element 14. The controller 16 may comprise any or any combination of: a user-interactable element, a microcontroller or processor, a screen, a memory unit, a timer element, a temperature control element, an air-speed control element, and a temperature detection element, although any of the above may be omitted and/or a plurality of any of the above may be provided.

The user-interactable element may include a switch and/or button. The user can simply tum the 30 air-heating element 14 on or off.

The microcontroller or processor in-use enables more complex processing, such as running software to control the air-heating element 14. The microcontroller or processor is preferably communicable with at least one and preferably all other components of the controller 16. The microcontroller or processor may include a control board, chip or PCB.

The screen enables the display of data. The screen may be tactile or non-tactile. In the former case, the screen may enable a user to provide an input.

The memory unit may store data. Data may include any or any combination of: at least one value, such as a temperature value, an air-velocity value, a setting, a program, the time, or a time estimate until the equipment is dry, by way of example only.

The timer element may provide the time and/or measure a duration.

The temperature control element enables changing and/or selection of the temperature of the air.

The air-speed control element enables changing and/or selection the velocity of the air. The temperature control element and/ or the air-speed control element may each optionally comprise a button, dial, switch, toggle, slider, or any other interactable element, or any combination thereof, whether digital or non digital, such as physical or any other form.

The temperature detection element in-use senses and/or monitor the temperature of the air and/or 15 the temperature of the equipment. The temperature detection element may comprise at least one probe or sensor. The temperature detection element may be communicable with the microcontroller or processor to provide an input thereto and/or receive an output therefrom.

The apparatus 10 preferably further comprises a remote-communication element 58, but this may be omitted or a plurality may be provided. The remote-communication element 58 enables at least one-way and more preferably two-way communication with a remote device. The remote-communication element 58 may comprise at least one remote input receiver and/or at least one transceiver. The remote-communication element 58 may include a VViFi (RTM) module by way of example. Similarly, the remote device may include any of: an emitter or transmitter, a receiver, and a transceiver. An example of a remote device may include a remote control, a personal communications device such as a computer, or a smartphone. The user can provide an input via a button and/or via a software application. The remote-communication element 58 is preferably communicable with the air-heating element 14, whether directly or indirectly, such as via the controller 16. Thus, the user can remotely control the air-heating element 14.

As previously mentioned, the apparatus 10 has at least one, and preferably a plurality of arm 30 elements 18. In the shown embodiment, there are six arm elements 18.

Each arm element 18 extends from the main body 12. Each arm element 18 may be formed of metal, plastics, wood, glass, carbon fiber, glass fiber, any other suitable material, or any combination of the above. Metal may comprise steel or aluminium, by way of example. For example, each arm element 18 may be formed at least in part of ABS drain piping. Each arm element 18 is connected or engaged to the main body 12, but connectable or integrally formed therewith may be options. Standard fittings may be used to connect the or each arm element 18 to the main body 12. An arm element 18 may extend from any or any combination of sub-body portions 38. An arm element 18 may extend from any of: the front face 28, a said side face 30, the top face 32, the bottom face 34, or the wall-facing face 36.

Each arm element 18 may support at least one item of equipment. In the preferred embodiment, at least one, and preferably two of the arm elements 18 are configured for receiving a shoe each. For clarity, each such arm element 18 may be referred to as a shoe arm element. The two shoe arm elements 18 are proximal to the bottom face 34 of the main body but could extend from any part of the main body 12. At least one, and more preferably two further said arm elements 18 are configured for receiving a hand-related item, such as a glove or hand mitten each. For clarity, these arm elements 18 may be referred to as hand arm elements. The hand arm elements 18 extend from the second sub-body portion 38 in the shown embodiment, but could extend from any part of the main body. In the shown embodiment, a third pair of arm elements 18 is provided. The third pair of arm elements 18 which can receive an item of equipment, such as a sock or socks. The third pair of arm elements 18 may be referred to as sock arm elements for clarity. Further arm elements 18 may be provided and/or removed, as required. For example, a further arm or pair of arm elements may be provided for legwear, such as trousers, or shorts.

Each arm element 18 is preferably elongate, thereby having a length. Each arm element 18 may be cantilevered, thereby having a free end portion or free end 60. Each arm element 18 is preferably curved in lateral and/or longitudinal cross-section but any non-curved cross-section may be envisioned. More preferably, each arm element 18 is circular in cross-section perpendicular to the length, but non-circular is an option. Whilst all arm elements 18 may have the same diameter or cross-sectional dimension, any arm element 18 may optionally have a greater diameter or cross-sectional dimension than at least one other arm element 18. This greater dimension may enable a greater airflow therethrough. For example, this may be desirable for shoe arm elements 18. The, each or at least one arm element 18 may be at least partly curved and/or at least partly linear in front view. In other words, one or more arm elements 18 may have at least one elbow or elbow element 62. In one embodiment, the arm element 18 may comprise carbon fibre, metal, plastics or any other suitable material or combination thereof whilst the elbow element 62 may comprise metal, such as steel, but this is optional. The free end 60 of at least one arm element 18 may extend at least in part along an axis which may be parallel with the longitudinal axis L of the main body 12, although this is optional. The free end 60 may extend axially towards, or preferably, axially away from the bottom face 34 of the main body 12 and/or a ground surface. In other words, the free end 60 may upwardly or in a generally upwardly direction in use. This may enable the arm element 18 to support an item of equipment against gravity without requiring a fastener.

It could be envisioned that the free end of at least one arm element may extend downwardly or in a generally downward direction in use. One or more fastening means or fasteners may optionally be provided in this case to prevent or inhibit an item from falling off the apparatus under gravity.

Preferably each arm element 18 has at least one inner cavity 64 and at least one arm vent hole 66, although either feature may be omitted in at least one arm element and/or a plurality of any of the features may be provided in at least one arm element. The inner cavities 64 are shown in Figure 4. The or each shoe arm element 18 preferably comprises a plurality of, here three, arm vent holes 66. The size of the arm vent holes 66 of a shoe arm element 18 may be greater than other arm vent holes. These features may improve the airflow through a shoe received on the arm element 18 and thereby, improve the drying and/or heating of the shoe.

At least one arm element 18 is rotatable but this is optional. Rotatability enables the arm element 18, and more preferably the free end 60 thereof to be moved out of the way and/or towards the mounting surface. Conversely, when an item is to be received on the arm element 18, the free end 60 may be rotated towards the user and/or away from the wall. The free end 60 being spaced apart from the wall may be necessary in order to position an item of equipment thereon. The arm element may even be rotatable between being in an upwardly or generally upwardly configuration, and a downwardly or generally downwardly configuration, but this is optional.

Fittings enabling rotation of the arm element 18 may be provided. Such rotation-enabling fittings 25 may include engagement portions movable relative to each other. The fittings may include ball-bearings, by way of example only.

The at least one rotatable arm element 18 may further comprise at least one stop element or block element, not shown, for selectively preventing or inhibiting rotation of the or a said rotatable arm element 18. The stop element may for example, comprise a locking portion, a brake, or a 30 physical block which a corresponding element associated with the arm element may abut again.

The at least one inner cavity 64 means that each venting arm element 18 is at least partly hollow. This may be advantageous for weight purposes. Preferably, the inner cavity 64 of each arm element 18 is communicable with the internal cavity 48 of the main body 12 but this is optional. Each arm element 18 is therefore in fluid communication with the plenum chamber.

The arm vent hole 66 is preferably fluidly connected or connectable to the inner cavity 64. The arm vent hole 66 enables fluid, such as air, therethrough into and/or out of the inner cavity 64.

The direction of airflow is preferably outward from within the inner cavity 64 such that air is vented through the arm vent hole 66. The arrn element 18 may therefore be referred to as a venting arm element. An arm vent hole may be provided anywhere along the longitudinal extent of the arm element 18. The arm vent hole 66 is preferably provided at or adjacent the free end 60 of the arm element 18 but spaced apart therefrom is an option. An arm vent hole 66 may vent air towards or away from the mounting surface. An arm vent hole 66 may vent air towards or away from the main body 12. An arm vent hole 66 may vent air axially towards or axially away from the bottom surface 34 and/or ground surface. There may be a plurality of arm vent holes 66 per arm element 18. At least two of the vent holes 66 may be positioned in or on the arm element 18 so as to vent air in the same direction. At least two of the vent holes 66 may be positioned in or on the arm element 18 so as to vent air in different directions. This may provide more uniform venting, and therefore drying. Additionally or alternatively, redundancy of arm vent holes 66 may enable venting of hot air if one or a subset of arm vent holes 66 is blocked, by way of example only.

The or each arm vent hole 66, the inner cavity 64 and the internal cavity 48 of the main body 12 being fluidly connectable enables distribution of the said drying air to one or more articles of sports 20 apparel or equipment when provided on or supported by the arm element 18.

Optionally, at least one arm element 18 may comprise at least one hand element 68. The hand element 68 in-use enables a glove or hand mitt to be received thereupon. The hand element 68 may space apart walls of fabric of any part of the glove or hand mitt. This improves air circulation within the glove or hand mitt, and thereby heating. The hand element 68 may be integrally formed with, connected or connectable to the arm element 18. The hand element 68 may be or be substantially hand shaped. The hand element 68 has a hand body 69. The hand body 69 has at least one, and preferably two major walls 71a, a wrist portion 71b, and at least one arm vent hole 66. The at least one arm vent hole 66 may be previously mentioned arm vent hole 66. In other words, the arm element 18 may not comprise any arm vent hole 66 along the non-hand element or arm portion of the arm element. Alternatively, the arm vent hole 66 of the arm element 18 may be fluidly communicable with the hand element 68. The hand body 69 meets or connects with the arm element 68 via the wrist portion 71b. The two major walls 71a face each other. The two major walls 71a may also meet to form at least one, and here, four edges 73. At least one, and preferably a plurality of said arm vent holes 66 are provided in one or both major walls 71a. Additionally or alternatively, one or more arm vent holes 66 are provided along one or more said edges 73. In the shown embodiment, the edge 73 may be a or the distal edge relative to the wrist portion 71b. Thus, the at least one arm vent hole 66 of the hand element 68 may be oriented towards one or more fingers or finger-receiving portion of a glove or mitten.

Although not provided in the present embodiment, the hand element may optionally comprise one or more finger elements or projections. This would further help to space apart the fabric of the fingers.

The apparatus 10, and more preferably the main body 12 thereof further comprises a hanger 20, but this feature may be omitted and/or a plurality of hangers may be provided.

The hanger 20 enables one or more items to be hung or suspended therefrom or thereupon. Preferably, such an item may be a garment, but a non-garment may be an option. More preferably, the garment may be worn on, around or adjacent to at least the torso of a user, but again, the garment may be associated with the legs, head or any other body part or parts of a user. In other words, the garment is preferably a torso-garment. The hanger 20 may therefore be referred to as a torso-garment hanger.

The hanger 20 is preferably associated with the main body 12, but may instead be associated with an arm element or any other portion of the apparatus instead. Furthermore, the hanger 20 is preferably connected to the main body 12 but may be integrally formed, connectable, or separably connectable therewith. The hanger 20 extends from the main body 12 in the embodiment shown in Figure 1. A close-up of the rectangle B of Figure 1 is shown in Figure 7. Preferably, the hanger 20 extends from the front face 28 thereof but the hanger may extend from any other face of the main body. The hanger 20 is preferably spaced forwardly of the or at least one said air-discharge port 52. The torso-garment hanger 20 in combination with at least one of: the air-discharge port 52, and at least one arm element 18 in-use produces a vented heated and/or drying cavity or volume when a torso garment is received on the hanger 20. The forward spacing of the hanger 20 enables additional items to be received in or on the main body 12 between the torso garment and the main body 12.

Preferably, the hanger 20 comprises at least one elongate member 70, but any non-elongate member may be envisioned, such as spaced-apart shoulder pad supports. The elongate member 70 enables the garment to be spread out when received on the hanger 20, thereby improving the air circulation and/or the volume of the cavity. In the shown embodiment, the elongate member 70 extends fully or at least in part in a plane. The plane is preferably parallel with any or all of the mounting surface, at least part of the front surface 28, and/or wall-facing surface 36. Non-parallel may be an option however.

Although not the preferred embodiment, in an alternative embodiment, the elongate member may extend towards the mounting surface and/or along at least part of the depth of the main body.

The elongate member may be partly curved or fully curved. In other words, the elongate member may extend in use from or substantially from at or adjacent the mounting surface, around the main body and to or substantially to the mounting surface. This alternative would further improve the aesthetics of the apparatus as the torso-garment would obstruct equipment from view from a greater range of angles.

In the present embodiment, the elongate member 70 has an attachment portion 75a, two extension portions 75b and two end portions 75c. This is most clearly illustrated in Figure 6. Any portion of the elongate member 70 may be linear and/or non-linear, such as curved or part curved. Here, the attachment portion 75a, and two extension portions 75b are linear portions. More preferably, each extension portions 75b is non-colinear and non-parallel with the attachment portion 75a but colinear or parallel are options. One or both end portions 75c may be at least partly curved as shown, and more preferably fully curved, but non curved is an option. The elongate member 70 extends in front of the front face 28. Preferably, the elongate member 70 is preferably devoid of a cavity, but this may be envisioned.

Further optional features of the apparatus 10 include any or any combination of: an odour-neutralising element, a shelf element 72, at least one electrical outlet 74, an outlet support surface 76, an eyewear storage 78, a helmet support 80, a hook element 82, a spacer element 84, a seat element, and an outer cover, but any of the above features may be omitted and/or a plurality may be provided.

The odour-neutralising element, also odour-masking element or odour-eliminating element, may in-use neutralize, mask or eliminate odours. An example of an odour-neutralising element may be an ozone generating element. The ozone generating element in-use generates ozone. An ozone generator or ozone generating element may clean or purify air, or may at least neutralize, eliminate or mask odours. The odour-neutralising element may be inserted, insertable or provided within an arm element 18 and/or within the main body 12, but outside of the main body and the arm elements may be an option. More preferably, the odour-neutralising element is provided in the internal cavity 48 of the main body 12 to more effectively distribute and localise the ozone to the equipment being heated.

The shelf element 72 may provide an additional support for equipment which is not mounted and/or which is non-mountable or non-suspendable from an arm element 18 and/or from the hanger 20. Equipment may be spares. Alternatively or additionally, the equipment may electrical equipment. The shelf element 72 is preferably planar or substantially planar by non-planar or part planar are options. The shelf element 72 may comprise metal, plastics, wood, or any other suitable material. If metal, the metal may be perforated metal. The metal may be steel, and more preferably brushed steel. The shelf element 72 may comprise plywood, and more preferably polished plywood. The shelf element 72 may be connectable to the mounting surface and/or to the main body 12. Preferably, the shelf element 72 overlaps with or vertically overlies or is generally above the main body 12. If provided lower than any part of the apparatus 10 which can receive wet items, the shelf element 72 may be provided with a protective cover or covering element, which is preferably at least in part waterproof or watertight. Additionally, the vertical alignment is a more efficient use of space.

Alternatively or additionally, the shelf element 72 may be at least partly laterally and/or longitudinally displaced relative to the main body 12. A laterally displaced shelf element 72 may be positioned at any height relative to the main body 12. The high position, the lateral displacement, or the protective cover prevent or inhibit any drops of liquid from the wet equipment falling on the shelf element 72 and/or any equipment received thereupon.

The electrical outlet 74 enables the user to charge up electrical equipment. The electrical outlet 74 may alternatively be referred to as a charging station. The electrical outlet 74 may comprise any or any combination of: a socket 86a, a USB port 86b, or a plurality of either. The electrical outlet 74 may further comprise a plate 87. The or at least one said socket 86a may be a three-pin socket 86a. Any alternative socket, such as a socket with an alternative number, shape and/or arrangement of pins may be provided. A plurality of different socket types may be provided, for example to accommodate different types of chargers. The USB port 86b may be an USB A port or a USB C port. In the shown embodiment, there are preferably four USB ports and one socket. Electrical equipment may hang loosely from the electrical outlet 74 when connected thereto. Preferably, the electrical equipment is supported when connected to the electrical outlet 74. A support element may be provided below, around, at or adjacent to the electrical outlet 74.

In the preferred embodiment, the electrical outlet 74 in-use overlies or is at least in part above the shelf element 72 but below and/or to a side of the shelf element may be an option. Furthermore, the electrical outlet 74 is also preferably at, adjacent to or at least sufficiently close the shelf element 72 to enable electrical equipment to be received thereupon whilst charging. The electrical outlet 74 may be connectable to a source of power. The source of power may be the electrical mains. The apparatus 10 may comprise a power cable and a cable clamp, but either may be omitted. The apparatus 10 may optionally comprise a battery or local power source. The power source and/or connection thereto may be provided in or via the secondary cavity 49.

The or each electrical outlet 74 may be provided in or on an outlet support surface 76, although directly in the mounting surface may be an option. Preferably, at least two and more preferably all electrical outlets 74 are provided in a common outlet support surface 76, and/or in a common plate 87 if multiple electrical outlets 74 are provided but this is optional. For example, a plurality of support surfaces and/or plates may be provided each with one or more electrical outlets.

The outlet support surface 76 extends in a plane which preferably forms an angle relative to the main body 12, although the outlet support surface 76 may be co-planar or in a planar parallel with the main body 12. More preferably, the outlet support surface 76 is at an acute angle relative to the main body 12. The angle may be in the range of 0° to 90°, and more preferably in the range of 20° to 80°. More preferably yet, the angle is in the range of 30° to 70° and even more preferably, in the range of 40° to 60°. In the preferred embodiment, the angle is or is substantially 45°. The outlet support surface 76 may be angled upwards and/or angled downwards. The angle may or may not be changeable. Preferably in use, the angled outlet support surface 76 faces towards the user as this increases the ease of accessing the electrical outlet 74. In the preferred embodiment, the outlet support surface 76 may correspond to the front sub-face 28' of the fifth sub-body portion 38e, or at least part thereof.

The eyewear storage 78 provides a location to store eyewear, such as protective sunglasses, laboratory glasses, reading glasses, goggles, or any other kind of equipment that is worn around and/or in front of a user's eyes. The eyewear storage 78 is best shown in Figures 5 and 6. The eyewear storage 78 may comprise a supporting means for supporting the eyewear. In the shown embodiment, the supporting means includes a glasses-receiving surface 88a to receive the glasses thereupon and a ridge element 88b but either feature may be omitted and/or a plurality of either feature may be provided. The ridge element 88b may support and/or engage the bridge of eyewear. The same ridge element 88b may optionally support at least two pairs of glasses but this is optional. Whilst not part of the present embodiment, the eyewear storage 78 may optionally further comprise any or any combination of: one or more sidewalls, a top wall, a front wall, one or more side ledges, a front ledge but these are completely optional. In the preferred embodiment, the glasses-receiving surface 88a may correspond with the top face 32 of the main body 12.

The helmet support 80 provides a support for at least one headwear item, such as a helmet or hard hat, hat, or bonnet, by way of example. The helmet support 80 extends from the main body 12 outwardly and/or upwardly. More preferably, the helmet support 80 meets with or extends from main body 12 from below the shelf element 72, although above is an option. The helmet support 80 also preferably meets with or extends from main body 12 from above the torso-garment hanger 20, although from below is also also an option. In other words, the helmet support 80 also preferably meets with or extends from main body 12 between the shelf element 72 and the torso-garment hanger 20, although meeting and/or extending from any part and/or any face of the main body 12 is an option. In the shown embodiment, the helmet support 80 extends from the first face portion 40. However, the helmet support 80 may extend from any other portion of the main body, such as from an upper end or end portion of the main body instead. The helmet support 80 preferably comprises a head portion 90a and an extension portion 90b, although either may be omitted. The extension portion 90b meets or connects at one end with the main body 12 and with the head portion 90a at the other end. The extension portion 90b and/or the head portion 90a may or may not be hollow. If the extension portion 90b or the extension portion 90b and the head portion 90a are hollow, they may be fluidly connected to the internal cavity 48. Thus, the helmet support 80 can vent air through at least one opening if at least one opening is provided. This enables a helmet received thereupon to be dried and/or heated.

The hook element 82 enables a user to suspend at least one further item. The further item may be a garment, a bag, such as a backpack, a bicycle, or any other desirable item. The hook element 82 is preferably provided on the front face 28 but the or at least one further hook element may be provided on any part and/or any face of the main body. The hook element 82 is more preferably associated with the overhang 46.

The spacer element 84 in-use spaces at least in part an item of equipment away from the main body 12 and/or one or more arm element 18 to form a gap therebetween. The gap prevents or inhibits sealing or obstruction of the, each or at least one said air-discharge port 52 and/or a said arm vent hole 66 by the item of equipment in-use. The spacer element 84 may take any shape or form as long as it can fulfil its function. Preferably, the spacer element 84 comprises at least one projection or protrusion. In the preferred embodiment, the projection may include a fin-like element, elongate protrusion or fin. The fin may extend along a minor portion, and more preferably along a major portion of the longitudinal extent of the main body 12. The spacer element 84 is provided between the two air-discharge ports 52 of each pair of air-discharge ports 52, but this is optional. The spacer element 84 may be integrally formed, connected or connectable to the main body 12. The spacer element 84 may be fixed or non-fixed. For example, the spacer element 84 may be reposifionable relative to the main body 12.

The seat element may enable a user to sit down. The seat element may additionally or alternatively enable a user to temporarily place an item thereupon before mounting the item onto the apparatus 10. The seat element may also provide a support to lean on. For example, a user for whom bending down is difficult may place one foot on the seat element and find it easier to reach their shoe, for example to tie their shoelaces. The seat element may comprise a, preferably planar or substantially planar, surface. The seat element may be referred to as a stool element.

The seat element may be integrally formed with, connected or connectable, preferably separably, to the main body 12. The seat element may be fixed or movable. The seat element may be slidable, rotatable, pivotable, any combination thereof, although any other movement may be envisioned. This may enable the seat element to be movable between a stowed or retracted condition, and a usable, access, or extended condition. Either condition may be the default condition. In the stowed condition, the seat element may be out of the way, such as by being adjacent to, abutted against, or received at least in part within and/or below the main body 12. In the usable condition, the seat element is at least partly moved away from the main body 12. This enables a user and/or an item may be received on the seat element. Optionally, the seat element may further comprise a storage element.

The storage element may comprise at least one and preferably a plurality of storage walls, a floor, one or more drawers, and at least one wheel or castor, but any of these features may be omitted. All or part of a front wall may optionally be omitted. The or a top surface of the seat element may act as a lid. The lid may optionally be movable relative to the storage element. For instance, the lid may be any of: pivotably, slidably, or rotatably connected or connectable with the storage element.

The castors enable the seat element to be more easily movable relative to the main body 12. The castors may be connected to the floor of the storage element. Optionally, the castors may be spring loaded. This feature enables the seat element to be easily moved when not under load. However, when under load, the seat element is prevented or inhibited from moving.

If provided, the outer cover may at least partly enclose or substantially enclose at least part of the apparatus 10. The outer cover may be removable or non-removable. The outer cover may be selectively openable. The outer cover may be fully or partly opaque, transparent or translucent. The outer cover may comprise plastics, by way of example only. Preferably, in-use, the outer cover covers at least the main body 12, and any or any other combination of components of the apparatus 10. The outer cover forms or substantially forms a further drying and/or heating cavity. This retains or retains for longer the heated air in the vicinity of the apparatus 12 so that the heating and/or drying efficiency is increased.

In-use, the apparatus 10 may be provided at least partly or fully assembled. However, the apparatus 10 may alternatively be provided as a kit of parts. In this case, the kit of parts may need to be assembled first. Any or any combination of the following steps may need to be performed, not necessarily in the following order.

The main body 12 may be mounted to a surface, such as a wall. This is preferably done before any other components of the apparatus 10 are connected thereto, for ease of mounting the main body 12 as the main body 12 is lighter. However, mounting of the main body may be done at any time of the assembly. Preferably, if one electrical outlet 74 is provided, the apparatus 10 may be installed in proximity to a power outlet or access to electrical mains.

The or each arm element 18 is connected to the main body 12, if not already done or if not integrally formed therewith. Similarly, the or each hanger 20 is connected to the main body 12, if not already done or if not integrally formed therewith. In the preferred embodiment, the hanger 20 connects to or meets with the third sub-body portion 38c, and more preferably, with the overhang 46. This spaces the hanger 20 away from the main body 12 and/or forwards of the front face 28. The hanger 20 is therefore outwardly of or forward of at least one said air-discharge port 52. In other words, the air-discharge port 52 is between the hanger 20 and the wall-facing face 36.

Preferably, the hanger 20 also overlies or is vertically above the air-discharge port 52. This enables a garment suspended from the hanger 20 to hang down in front of the air-discharge port 52. Air can be vented, directed or jetted out of the internal cavity 48 and towards the garment. Heated air vented by at least one lower air-discharge port 52 and/or by at least one lower vent hole 66 may also rise or convect upwards towards the hanger 20. Convection may further retain heated air in the vicinity of the apparatus 10 and/or heat or dry a garment further.

The air-heating element 14 and/or the controller 16 are associated with the main body 12. In the preferred embodiment, the air-heating element 14 is inserted at least in part into the main body 12. The controller 16 is connected to the air-heating element 14.

If neutralisation of odours is desired, the odour-neutralising element is associated with the main body 12. Preferably, the odour-neutralising element is positioned, arranged or fluidly connected to the main body 12 so as to emit the odour, preferably ozone, into the internal cavity 48 of the main body 12. More preferably, the odour-neutralising element is mounted on or at least partly in the main body 12 but spaced apart therefrom is an option. For example, a fluid-conduit may optionally be provided to fluidly connect the odour-neutralising element and the main body.

To provide a shelf element 72, the user may mount the shelf element 72 to the mounting surface, or, preferably, to the main body 12 directly or indirectly, such as via an extension thereof. Alternatively, the user may mount the shelf element 72 spaced-apart from the main body 12, such as by mounting it directly to the wall or other surface. The shelf element may be integrally formed with the main body in an alternative embodiment. The shelf element 72 is preferably positioned at, adjacent to, above, below or to the side of an electrical outlet 74 if at least one electrical outlet 74 is provided. This enables a charging station or docking station to be provided.

If the outlet support surface 76 is movable, the user may select a preferred orientation of the outlet 5 support surface 76. A preferable orientation may be towards the user, to facilitate plugging in electrical equipment.

If the user desires any or any combination of: a helmet support 80, a hook element 82, a spacer element 84, a seat element, and an outer cover, any of these features may be installed at any time. Any of the above may be integrally formed with the main body 12 but non-integrally formed is an option. For instance, any of the helmet support 80, the hook element 82, the spacer element 84, the seat element, and the outer cover may be connected, engaged with or fastened to the main body 12. The helmet support 80 in particular may be connected to the first face portion 40.

To disassemble the apparatus 10, the above steps may be performed in reverse.

A user may arrive home or at work after walking, running, or cycling in the rain. Alternatively, the 15 user may have been playing an aquatic sport. In another scenario, the user may have undertaken an activity which has resulted the user becoming sweaty. In yet another scenario, the user may have simply washed or rinsed the equipment.

In any of the above cases or any further scenarios in which their equipment has become damp or wet, the user may wish to dry their equipment before the equipment is next required.

The user may optionally sit on the seat element if one is provided, for example, to facilitate removal and/or putting on shoes.

To dry and/or at least heat the equipment, a user places their equipment on the relevant part of the apparatus 10 before and/or after turning on the apparatus 10.

In particular, the user places equipment such as clothing on one or more arm elements 18. This may include mounting the item of clothing at, or adjacent to the free end 60 of an arm element 18. More preferably, the item of equipment is preferably mounted on the free end 60. In other words, the free end 60 is at least partly inserted into the item of clothing. This may improve air circulation within the item of equipment, and/or increase the air pressure within the item of clothing, thereby improving drying. If at least one arm element 18 is provided with at least one hand element 68, a glove or hand mitten is preferably received thereupon, although this is optional.

Optionally, if the or at least one said arm element 18 is rotatable, the arm element 18 may be movable between the stowed condition, and the usable condition.

In the retracted condition, the arm element 18 or at least the free end 60 thereof may be at, adjacent to, or abutted against the mounting surface. The user can rotate the arm element 18 or 5 at least the free end 60 thereof towards them and/or away from the main body 12. In the usable condition, the user may be able to more easily access the free end 60. In other words, the user can rotate the arm element 18 from being vertical or substantially vertical in use towards them. In the usable condition, the arm element 18 may form a, preferably acute, angle with the longitudinal axis L, the mounting surface and/or the wall-facing face 36. Preferably, the angle is between the 10 free end and the longitudinal axis L is between 5° and 85°, although outside of this range may be envisioned. More preferably, the angle is between 10° and 70° and even more preferably, is between 20° and 600. The angle in a yet again more preferably embodiment is between 30° and 50°. In the preferred embodiment, the angle is 45°.

An item of equipment may be placed on the free end 60. It may not be possible to place an item of equipment on the free end 60 when the arm element 18 is in the stowed condition, although this alternative may be envisioned. The user can leave the free end 60 as is. The user can alternatively rotate the arm element 18 into another usable condition or into the retracted condition.

If a stop element is provided, the user may need to disengage the stop element to be able to rotate the arm element 18 and/or engage the stop element to prevent rotation of the arm element 18, at least temporarily. The stop element may optionally prevent movement in one direction, such as beyond a certain position whilst still permitting rotation in another direction. The stop element can thereby prevent or inhibit rotation of an arm element 18 under gravity and/or under the weight of an item received thereupon.

An item of equipment such as a bag or clothing may be suspended from the hook if provided. The spacer element 84 may space apart any items of equipment from the main body 12 and/or from an arm element 18. This may prevent or inhibit any air-discharge port 52 and/or any vent hole of the apparatus 10 from being at least partly obstructed.

A helmet may be positioned on the helmet support 80 if both are provided.

An item of clothing may be placed upon the hanger 20. More preferably, the item of clothing is a torso garment, such as a jacket, gillet, coat or vest. The torso garment is preferably open, but at least partly closed may be an option. When the torso garment is received on the torso-garment hanger 20, the torso-garment hanger 20 and the torso-garment form or substantially form a cavity. In other words, the torso-garment may at least partly enclose or surround the main body 12 and/or any equipment received thereupon or therein. This may be beneficial to obscure from view the main body 12 at least and/or any equipment received thereon. The cavity may be open at one or both ends as the torso garment may not necessarily seal the cavity at one or both ends.

If the torso-garment hanger 20 is used together with at least one air-discharge port and/or an arm element 18, the cavity may become a drying and/or heating cavity.

If a shelf element 72 is provided, items may be stored thereupon. Such items may include items of clothing and/or electrical equipment. If an electrical outlet 74 is provided and electrical 10 equipment, such as a phone or battery, may need to be charged, the user can simply connect the electrical equipment and the electrical outlet 74 to charge the electrical equipment.

Furthermore, spare equipment may be stored on or in any part of the apparatus 10 for any duration of time. Spare equipment may include any further item of equipment. For example, spares may include spare shoes, CO2 cartridges, inner tubes, tools, or spare bottles.

Once some or all the equipment has been received on the apparatus 10, the air-heating element 14 may already be on. If not already on, the user can turn the air-heating element 14 on or program the air-heating element 14 to turn on.

To turn the air-heating element 14 on, the user interacts with the controller 16. The user may operate an on/off switch. Alternatively, the user may provide a remote input, such as via a remote control and/or via a software application. The user may even program the air-heating element 14 to be on for a set period of time. An example of a set period of time may be 20 minutes, 30 minutes, 60 minutes, or any other desirable length of time greater or smaller than 60 minutes. The period of time may be adjustable. The user may program the air-heating element 14 to turn on and/or off at a preferred time. The user may even select a pre-set program or start a timer.

One such program may be an eco-mode, which may have a lower power requirement and/or be quieter. For instance, the apparatus 10 may only require 400 Watts or 500 Watts in eco-mode. Another such program may be a standard or high-power mode. The high-power mode may dry equipment as quickly as possible.

If a choice of air temperature and/or velocity is provided, the user may select the air temperature 30 and/or velocity. This may be done via the temperature control element and/or the air-speed control element The temperature control element and/or the air-speed control element may be a physical element, such as a dial, button or knob. Alternatively, the user may select and/or input a temperature and/or airspeed remotely, such as via the software application.

The user may optionally also activate other components, such as the odour-neutralising element.

Once the air-heating element 14 is turned on, the air-heating element 14 at least moves air. Air 5 movement may be sufficient to dry equipment, without being heated. However, the air-heating element 14 preferably also heats the air up. In the preferred embodiment, the air-heating element 14 draws air in through the air inlet 50. The air-heating element 14 outputs air into the internal cavity 48. The increase in air pressure results in the internal cavity 48 becoming a plenum chamber. The air moves or flows along the or each arm element 18 which is fluidly connected to 10 the internal cavity 48. The air exits or is vented via the or each vent hole 66 and/or the or each air-discharge port 52. The vented air dries the items of equipment mounted on the apparatus 10.

The air-heating element 14 may be programmed to turn off after a set duration and/or upon detecting that the equipment is dry. Preferably, all wet or damp equipment may be dried within 3 hours, and more preferably within 2 hours, although more than 3 hours may be an option, as 15 required. In the preferred embodiment, all equipment may be dried within 1 hour.

If provided, the temperature detection element can measure the temperature within any or any combination of: the internal cavity, an inner cavity, outside the main body, and in the vicinity of the equipment. The temperature detection element may provide a temperature input to the controller. In turn, the controller 16 can alter the temperature, airspeed or even turn on or off the air-heating element to maintain a specific temperature value. This may increase the efficiency of the apparatus 10. Additionally, the temperature detection element may increase the safety by being able to detect whether any items are dry and at risk of catching fire, or even if the items have caught fire. An alarm system may be optionally provided in this case, to alert the user. The alarm system may include a light, a speaker, any other mechanism to raise an alarm, or a plurality of any of the above. The alarm system may provide an output to a software application, for example on the user's telecommunications device.

If the equipment, such as clothing, is not wet or damp, the apparatus 10 may be used to simply heat or warm up the equipment. Warming up the dry equipment may take less than 1 hour, and more preferably less than 30 minutes. More preferably yet, the heating time is less than 10 minutes. Preferably, the heating time between 5 minutes and 10 minutes, but less than 5 minutes in an option.

The user may also at least store, and optionally charge, as required, any electrical equipment such as lights, or a mobile phone.

When the user next requires the equipment, the equipment is at least dry. Any electrical equipment may also be at least partly charged.

The user may even select for the dry equipment to be heated prior to the equipment being needed, as described above. This may be desirable, for example, before setting off to work on a cold morning.

After the user has used their equipment again, the equipment may be received on the apparatus 10, as described above. If the equipment is wet, the equipment may be dried, as required. 10 Detailed description of the above steps is omitted for brevity.

Whilst in the preferred embodiment, the air-heating element both heats and moves air, it may be envisioned that the air-heating element may heat the air or move the air but not both. In the latter case, the air-heating element may be referred to as an air-moving element.

The apparatus may optionally comprise a moisture capture device. The device may trap or 15 capture and remove moisture from the air. This may prevent, inhibit or reduce the development of mould.

Whilst the direction of fluid flow is preferably outward through a vent hole, it may easily be envisioned that fluid may flows inwards in an alternative embodiment. Drawing air in may advantageously dry the equipment whilst simultaneously removing moisture from the ambient air, 20 by way of example only.

Although in the above case, the user turns on or programs the air-heating element to turn on after placing equipment on the apparatus, the user may simply leave the air-heating element 14 off if heating and/or drying is not required. For example, it may be envisioned that the equipment may already be dry. The apparatus may therefore act as a storage apparatus by storing the equipment until it is needed.

As an alternative or additional feature to a glasses-receiving surface and/or to the ridge element, the eyewear storage may comprise at least one recess or opening, and more preferably two, or multiples of two recesses. Each at least one recess may receive the branches, also referred to as temples and/or temple tips, of glasses therein.

In a further modification, the apparatus, the main body and/or at least one sub-body portion thereof may be decorated and/or shaped like an organism, such as a human, an animal, plant, or a combination thereof. The animal may be a caterpillar, by way of example only. The appealing aesthetics may encourage a child to care for their equipment and/or learn to tidy up after themself.

The apparatus may even be educational for instance by labelling body parts of a human, plant, or animal.

Instead of or in addition to an overhang, the apparatus may comprise a projection, bracket or connector to space the torso-garment hanger away from the main body.

Optionally, the apparatus may comprise an airflow regulator. The airflow regulator may control, regulate, prevent or reduce airflow between the internal cavity and at least one arm element. Additionally or alternatively, the airflow regulator may control, regulate, prevent or reduce airflow through any or any combination of: at least one vent hole, the air intake, at least one air-discharge port, any other through-bore through which air can flow. If only a subset of arm elements is used to heat and/or dry equipment, it may be desirable to limit or prevent airflow to an unused arm element. This in turn may increase the heating and/or drying efficiency of the apparatus and/or may maintain a higher air pressure within the internal cavity. The airflow regulator may comprise any or any combination of: a valve element, a plug element, a bung, a movable plate, or any other element suitable to at least partly and/or temporarily obstruct an aperture.

Whilst preferably the above apparatus comprises one main body and one set of arm elements, it 20 may easily be envisioned that a plurality of main bodies and/or a plurality of sets of arm elements may be provided. For example, a his and her version may be envisioned.

Although each apparatus comprises an air-heating element, it may be envisioned that in a modified embodiment, multiple main bodies may be supplied with heated air from a common source. Tubing may therefore be provided to fluidly connect the main bodies to the source of 25 heated air. This may occur in a business setting for instance, where multi-units are provided.

Whilst preferably non-hollow in the shown embodiment, the elongate member may alternatively be hollow. The elongate member may even be similar to an arm element as previously described. The elongate member may have similar at least one vent hole and at least one inner cavity. Detailed description of the common features is omitted for brevity. The inner cavity means that the elongate member may be hollow. The inner cavity of the hanger may be in fluid communication with the plenum chamber or internal cavity of the main body. Fluid communication may be direct or indirect, such as via an inner cavity of an arm element. The vent hole of the hanger may be in fluid communication with the hanger inner cavity. Thus, the hanger vent hole may enable air to enter and/or, preferably, exit therethrough. The hanger vent hole may therefore vent air, which improves the drying of the equipment.

Whilst preferably only the third sub-body portion comprises a front sub-face having a first face portion and a second face portion, any sub-face of any sub-body portion may additionally or alternatively be subdivided into two or more face portions. Any face portion may be planar, part planar or non-planar. Any face portion or portions may or may not be angled. The face portion may be angled upward, downwardly, or to a side. Any sub-body portion may be provided with an overhang.

Another embodiment of an odour-neutralising element may be a pleasant odour to mask and/or prevent or inhibit any malodours. The pleasant odour may be a floral odour, such as provided by an essence, a spice, a flower, or a combination thereof. An example may be lavender. Thyme or cinnamon may be alternatives due to their agreeable smell and the known antibacterial and anfifungal properties of their essential oils. Any other species or element having desirable properties and/or an agreeable smell may be used, as required. The odour may be customizable and/or selectable by the user. An essential oil holder and/or dispenser may be provided.

Optionally, one or more electrical cables may extend outside and/or inside the main body. One or more electrical cables may extend in the internal cavity, for example. The electrical cables may enable the electrical outlet to be powered via an socket located lower down along the mounting surface. Optionally, the electrical outlet or part thereof may be remotely controllable, such as over the VVi-Fi (RTM), for example. The electrical outlet may thereof optionally comprise a receiver, to receive an input from a user. In a further modified embodiment, the controller may be communicable with the electrical outlet wirelessly or via at least one wire. This may enable the controller to control the or each electrical outlet. For instance, a user may turn on and/or off the power to a socket for safety reasons. The user may even be able to turn on or off the power remotely via the controller.

Whilst a preferred shape in front, side, top, or bottom view, or in lateral and/or longitudinal cross-section may have been specified for any above feature, an alternative shape may be envisioned. For example, any above feature may have a shape in front, side, top, or bottom view, or in lateral and/or longitudinal cross-section which is curved, part curved, non-curved, circular, non-circular, oval, an ellipse, linear, planar, a polygon, such as a triangle, a square, a rectangle, a trapezium, a trapezoid, a pentagon, a hexagon, an octagon, whether regular or irregular, chamfered, rounded, or an abstract shape.

Although one or more arm elements may be rotatable, one or more arm elements may be non rotatable. One or more arm elements and/or the free end thereof may permanently extend at least in part away from any or any combination of: the mounting surface and the wall-facing surface. In other words, one or more arm elements and/or the free end thereof may extend towards a user.

For example, the free end of the shoe arm elements may extend outwardly, towards the user. One or more arm elements may extend non-coplanarly with a further arm element or elements.

It is therefore possible to provide an athletic-equipment drying apparatus which provides a single place to store all or at least some equipment, typically for a common purpose. The drying apparatus also enables drying of equipment received thereon. It is also possible to provide a system with includes the athletic-equipment drying apparatus and a torso garment. The configuration and asymmetric position of the hanger enables the torso garment to be dried without having to encircle the main body. The torso garment may also increase heat retention, thereby increasing the heating and/or drying efficiency. The torso garment also improves the aesthetics as it hides from view items received between the hanger and the mounting surface.

It is also possible to provide a heating apparatus which enables clothing, whether wet or dry, can be warmed up prior to use. Similarly, the forward position of the torso-garment hanger enables the torso garment to at least in part hide equipment from view, thereby improving the aesthetics of the apparatus. Furthermore, the position of the torso-garment hanger means that the torso garment does not need to be received around the main body. In turn, the main body need only vent air in or in substantially one direction, towards the torso garment to heat or dry the torso garment. The main body does not need to vent air in a plurality of directions, including towards the mounting surface. The apparatus may be abuttable and/or flush against the mounting surface. The apparatus may therefore be more compact.

It is also possible to provide a clothing heating apparatus in which a venting arm element is movable between a retracted condition and an access condition. The rotatability of the arm elements facilitates the ease of positioning garments on the arm elements, particularly for shorter people and/or if the main body is tall or mounted in a high position. The arm elements may even be reconfigured into the retracted condition to be out of the way, once the clothing or item has been received thereon.

The words 'comprises/comprising' and the words 'having/including' when used herein with reference to the present invention are used to specify the presence of stated features, integers, steps or components, but do not preclude the presence or addition of one or more other features, integers, steps, components or groups thereof.

It is appreciated that certain features of the invention, which are, for clarity, described in the context of separate embodiments, may also be provided in combination in a single embodiment. Conversely, various features of the invention which are, for brevity, described in the context of a single embodiment, may also be provided separately or in any suitable sub-combination.

The embodiments described above are provided by way of examples only, and various other modifications will be apparent to persons skilled in the field without departing from the scope of the invention as defined herein.

Claims

Claims 1 Athletic-equipment drying apparatus comprising: a wall-mountable main body having a plenum chamber, an air-heating element for supplying drying air to the plenum chamber, a plurality of venting arm elements extending from the main body and in fluid communication with the plenum chamber for distribution of the said drying air to articles of sports apparel when provided thereon, the main body having at least one air-discharge port from the plenum chamber, and a torso-garment hanger which is spaced forwardly of the air-discharge port, the torso-garment hanger in combination with one or more of the venting arm elements and/or the air-discharge port producing a vented drying cavity when a torso garment is received on the torso-garment hanger.
2. Athletic-equipment drying apparatus as claimed in claim 1, further comprising a controller for controlling the air-heating element.
3. Athletic-equipment drying apparatus as claimed in claim 2, wherein the controller comprises a timer element.
4. Athletic-equipment drying apparatus as claimed in claim 2 or claim 3, wherein the controller comprises a temperature control element.
5. Athletic-equipment drying apparatus as claimed in any one of claims 2 to 4, wherein the controller comprises an air-speed control element.
6 Athletic-equipment drying apparatus as claimed in any one of claims 2 to 5, further comprising a remote input receiver or a transceiver communicable with the controller for enabling the air-heating element to be remotely controllable.
7. Athletic-equipment drying apparatus as claimed in one of claims 2 to 6, wherein the controller comprises a temperature detection element.
8. Athletic-equipment drying apparatus as claimed in any one of the preceding claims, further comprising an odour-neutralising element.
9. Athletic-equipment drying apparatus as claimed in any one of the preceding claims, further comprising at least one electrical outlet.
10. Athletic-equipment drying apparatus as claimed in claim 9, wherein the electrical outlet comprises a socket.
11. Athletic-equipment drying apparatus as claimed in claim 9 or claim 10, wherein the electrical outlet comprises a USB port.
12. Athletic-equipment drying apparatus as claimed in claim 10 or claim 11, further comprising a support surface in which the or at least one said electrical outlet is provided, the support surface being at an acute angle relative to a longitudinal axis of the wall-mountable main body.
13. Athletic-equipment drying apparatus as claimed in any one of the preceding claims, further comprising a helmet support.
14. Athletic-equipment drying apparatus as claimed in any one of the preceding claims, further comprising a hook element.
15. Athletic-equipment drying apparatus as claimed in any one of the preceding claims, further comprising a spacer element for spacing apart a bag or garment from the main body to prevent or inhibit sealing the at least one air-discharge port and/or a vent hole of a venting arm by the bag or garment.
16. Athletic-equipment drying apparatus as claimed in claim 15, wherein the spacer element comprises at least one fin
17. Athletic-equipment drying apparatus as claimed in any one of the preceding claims, wherein at least one venting arm element comprises a hand element for receiving a glove thereupon.
18. Athletic-equipment drying apparatus as claimed in any one of the preceding claims, wherein at least one venting arm element is rotatable.
19. Athletic-equipment drying apparatus as claimed in claim 18, wherein the at least one rotatable venting arm element further comprises a stop element for selectively preventing or inhibiting rotation of the or a said rotatable venting arm element.
20. Athletic-equipment drying apparatus as claimed in any one of the preceding claims, further comprising a shelf element.
21. Athletic-equipment drying apparatus as claimed in any one of the preceding claims, further comprising a seat element.
22. Athletic-equipment drying apparatus as claimed in any one of the preceding claims, wherein the torso-garment hanger comprises a hollow elongate member.
23. System for drying equipment, the system comprising an athletic-equipment drying apparatus as claimed in any one of the preceding claims, and a torso-garment.
24 Clothing heating apparatus comprising: a main body having a plenum chamber, an air-heating element for supplying heated air to the plenum chamber, a venting arm element extending from the main body, the venting arm element being in fluid communication with the plenum chamber and having at least one vent hole for distribution of the said heated air via the at least one vent hole to an article of clothing when provided thereon, the venting arm element being movable between a retracted condition and an access condition.
25. Clothing heating apparatus comprising: a main body having a plenum chamber, an air-heating element for supplying heated air to the plenum chamber, the main body further having: a wall-facing surface and an air-discharge port in fluid communication with the plenum chamber; and a torso-garment hanger, the air-discharge port being positioned between the torso-garment hanger and the wall-facing surface, the air-discharge port being configured to direct the said heated air in a direction away from the wall-facing surface for heating one or more articles of clothing when provided on the torso-garment hanger.